The ideal candidate will be a critical thinker, have a firm understanding of neuroscience, possess a broad range of in vitro skills and experience working with human donor nervous system tissue. The candidate will be part of a cross functional team that focuses on exploring the intricate connections between metabolic processes and neuronal function while contributing to the development of innovative therapeutic strategies. There is an expectation of strong communication skills and the ability to work collaboratively. This role offers a unique opportunity to be at a forefront of pain and neuronal Health research and contribute to groundbreaking discoveriesSpecific RequirementsAbility to design, perform, analyze, and critically interpret in vitro experiments to conduct research on the molecular and cellular mechanisms linking metabolism with neuronal functionFamiliarity with molecular and cellular biology techniques including western blotting, PCR, and cell culture and immunohistochemistryStrong background with in vitro electrophysiology techniques such as whole cell current/voltage clamp, MEA recordings, and slice electrophysiologyIdentify, develop, and implement innovative approaches to add functional capabilities and gain new insights into disease biology, compound target engagement and pharmacodynamicsPresent data and conclusions to research teams and leadership in a clear and compelling mannerPreferred ExperiencePrior experience working with human donor nervous system tissue (e.g. CNS/spinal cord, dorsal root ganglion) using slice preparations and/or organotypic cultures would be a plusPrevious experience in a pharmaceutical or biotechnology environment is highly desirable
